public void Send(DeviceReadings deviceReadings)
{
var config = new Config();
var hgClient = new HostedGraphiteService();
hgClient.ActivateForUse(config.GraphiteApiKey);
hgClient.Send("humidity", Convert.ToSingle(deviceReadings.CurrentHumidity));
hgClient.Send("temperature", Convert.ToSingle(deviceReadings.CurrentTemp));
hgClient.Send("target_temperature", Convert.ToSingle(deviceReadings.TargetTemp));
hgClient.Send("heating_on", deviceReadings.HeatState ? 1 : 0);
hgClient.Send("auto_away", deviceReadings.AutoAway);
if (config.SendRandom)
{
Random rnd = new Random();
hgClient.Send("random", rnd.Next(1, 100));
}
Console.WriteLine("Tracked on Graphite");
}
private DeviceReadings GetReadings(string username, string password)
{
var nestClient = new NestClient(username, password);
nestClient.Authenticate().Wait();
var devicesTask = nestClient.GetDevices();
devicesTask.Wait();
dynamic result = devicesTask.Result;
var devices = result.device;
Type devicesType = devices.GetType();
var devicesFirstProp = devicesType.GetProperties().First(x => x.Name == "First");
dynamic firstDevice = devicesFirstProp.GetValue(devices).Value;
var shareds = result.shared;
Type sharedType = shareds.GetType();
var sharedFirstProp = sharedType.GetProperties().First(x => x.Name == "First");
dynamic firstShared = sharedFirstProp.GetValue(shareds).Value;
double currentHumidity = firstDevice.current_humidity;
double currentTemp = firstShared.current_temperature;
double targetTemp = firstShared.target_temperature;
int autoAway = firstShared.auto_away;
bool heatState = firstShared.hvac_heater_state == "true";
Console.WriteLine(heatState);
var readings = new DeviceReadings()
{
CurrentHumidity = currentHumidity,
CurrentTemp = currentTemp,
TargetTemp = targetTemp,
AutoAway = autoAway,
HeatState = heatState,
};
return(readings);
}
public void Send(DeviceReadings deviceReadings)
{
var config = new Config();
var hgClient = new HostedGraphiteService();
hgClient.ActivateForUse(config.GraphiteApiKey);
hgClient.Send("humidity", Convert.ToSingle(deviceReadings.CurrentHumidity));
hgClient.Send("temperature", Convert.ToSingle(deviceReadings.CurrentTemp));
hgClient.Send("target_temperature", Convert.ToSingle(deviceReadings.TargetTemp));
hgClient.Send("heating_on", deviceReadings.HeatState ? 1 : 0);
hgClient.Send("auto_away", deviceReadings.AutoAway);
if (config.SendRandom)
{
Random rnd = new Random();
hgClient.Send("random", rnd.Next(1, 100));
}
Console.WriteLine("Tracked on Graphite");
}
private DeviceReadings GetReadings(string username, string password)
{
var nestClient = new NestClient(username, password);
nestClient.Authenticate().Wait();
var devicesTask = nestClient.GetDevices();
devicesTask.Wait();
dynamic result = devicesTask.Result;
var devices = result.device;
Type devicesType = devices.GetType();
var devicesFirstProp = devicesType.GetProperties().First(x => x.Name == "First");
dynamic firstDevice = devicesFirstProp.GetValue(devices).Value;
var shareds = result.shared;
Type sharedType = shareds.GetType();
var sharedFirstProp = sharedType.GetProperties().First(x => x.Name == "First");
dynamic firstShared = sharedFirstProp.GetValue(shareds).Value;
double currentHumidity = firstDevice.current_humidity;
double currentTemp = firstShared.current_temperature;
double targetTemp = firstShared.target_temperature;
int autoAway = firstShared.auto_away;
bool heatState = firstShared.hvac_heater_state == "true";
Console.WriteLine(heatState);
var readings = new DeviceReadings()
{
CurrentHumidity = currentHumidity,
CurrentTemp = currentTemp,
TargetTemp = targetTemp,
AutoAway = autoAway,
HeatState = heatState,
};
return readings;
}
